Review Article of American Journal of Marine Research and Reviews
Aquatic Weeds in Fish Culture: Prevention and Control Practices
V. C. Asogwa1 & J. N. Asogwa2
1Department of Agricultural and Home Science Education, Michael Okpara University of Agriculture, Umudike, Abia State
2Department of Zoology and Environmental Biology, Michael Okpara University of Agriculture, Umudike, Abia State
Concept of Aquatic Weeds in Fish Culture: Weeds are unwanted plants that grow where they are not wanted. Aquatic weeds are plants that grow in the pond where they are not wanted. These weeds, even though are not wanted in the pond by the farmer because of their effect mainly, some of them are essential parts of natural systems and form the basis of water body’s health and productivity. The habitat for aquatic weeds involve various proportions of water and soil, including intermittently wet ditches, ditches which always hold standing water, streams, stock ponds, farm ponds, lakes, ornamental ponds, and intermediate habitats.
Keywords: aquatic weeds, aquatic herbicides, management practices, sprayable formulations, principles of chemical method.
How to cite this article:
V. C. Asogwa and J. N. Asogwa.Aquatic Weeds in Fish Culture: Prevention and Control Practices. American Journal of Marine Research and Reviews, 2018; 1:5.
1 Agarwal, S.C (1989). Fishery management. New Delhi: Ashish publishing House
2 Agbabiaka, L.A. (2012), Aquaculture and pond management in the tropics, Oweri, Imo state.
3 Ahmad, N. (1954) Water hyacinth and its fish pond. Technology pap. Indo pacif.
4 Blackburn, R.D, (1968). Weed control in fish ponds of the United State in: FAO fish. Rep. 44. Vol. 5pp1-15.
5 Dann State Extension (UD) (2010) Management of Fish Ponds In Pennsylvania. Pannstate Co-Operate Extension; College Of Agricultural Science www.google.com Retrieved on 10/1/15.
6 Gopal, B. & Goel, U. (1993) Competitive and allelopathy in aquatic plant communities Both Review 59: 148: 408 – 19.
7 Gorenzel, W.P., F.S. Conte & Salmon, T. P. (1994). Bird Damage at Aquaculture Facilities. Prevention and Control of Wildlife Damage. University of Nebraska. Lincoln, United States Department of Agriculture, and the Great Plains Agricultural Council.E5-E23.
8 International Centre for Aquaculture and Aquatic Environments ICA (1991). Feeding your fish. Water harvesting manuals. GT2. Auburn University.
9 Kevan, Sherrene D. (1992). A Review of Methods to Reduce Bird Predation on Land-Based Fish Farms. Canadian Wildlife Service Conservation and Protection. Nepean: Unpublished report.
10 Lidia, L. & Kevin Krake (2002). Aquatic Weeds & their Management. International Commission on Irrigation and Drainage. ICID-CIID. Pp: 1.9.
11 Martin .W.B., Nathan S. & John H. (1998). Fertilization of fish pond. S.R.A.C publication No 471 http://eds.ita.ufl.edu retrieved 28/12/2014.
12 Patnaik, S. (1976) Control of some aquatic vegetation in fish pond at Cuttack J. Inland Fish. India. Acad. Sci. (B), 75 (1): 15-22
13 Ramachandran, V. (1969). Weed Control is a must in fish culture. India Fmg. 14 (9): 74-78
14 Reed W. (1967). Fish and fisheries of northern Nigeria. Ministry of Agriculture Northern Nigeria, 226 pp.
15 Sandaran, T. (1876). Possibilities of Biological Control of Aquatic Weeds Eichhornia Crassipes and slavinia Auricylata in India. In C.K. Varsheey and J. Rzoska (Ed) Aquatic weed in South East Asia, Dr. W. Junk B.V. The Hague, pp 323-329
16 South Carolina Department of Natural Resources (2014). Managing Pond for Recreational Fishing. South Carolina.
17 Stickley, Allen J. (1990). Avian predators on southern aquaculture. Southern Regional Aquaculture Center Publication No. 400. 8 pp.
18 Vaas, K.F (1951). Notes on Water Hyacinth in Indonesia and its Eradication by spraying with 2, 4-D, Contr. Gen. agr. Stn. Bogot., 120-159.
19 William A.W. (2004). Low oxygen and pond aeration. Retrieved from WWW.ca.uky.edu/wkrec/wurts-page.htm .
20 Wu R.S.S. & N.Y.S. Woo. (1984). Respiratory Responses and Tolerance to Hypoxia in two Marine teleosts, Epinephelus akaara (Temminck & Schlegel) and Mylio macrocephalus (Basilewsky). Hydrobiologia, 119: 209 – 217.